Has anyone seen Lasersabers new motor runs on 1000uf cap

[lasersaber]

@Lasersaber: what is the DC resistance of your coil (or all six coils in series) in your six coil motor?

Sorry for the delay.  The coils seem to very between 1.6 to 1.7K.  The resistance on the six coiler is 9.9K.

[Magluvin]

Sorry for the delay.  The coils seem to very between 1.6 to 1.7K.  The resistance on the six coiler is 9.9K.

Thats incredible. Who woulda thunk it?  So the 12 coil is near 20kohm lol.

I have to hand it to ya Laser. Nice work. Can you inspire us a bit on what made you go this route?  Thanks 

Mags

Mags

[Magluvin]

And what else is truly amazing is how quickly the caps charge through all that winding.
How does that much charge happen at such low currents? Let alone motor action. There has to be some reason that I just dont understand.

Mags

[Pirate88179]

And what else is truly amazing is how quickly the caps charge through all that winding.
How does that much charge happen at such low currents? Let alone motor action. There has to be some reason that I just dont understand.

Mags

Mags:

Might it be possible that all of that very fine wire is acting as an antenna of some sort?  Possibly capturing a little bit of all of that broadcast energy floating around out there?  It would not take much to help to charge that small cap.

I am not saying laser is doing anything untoward here, just positing a possible explanation of where some "extra" energy might be coming from.  Just a little might go a long way with his well designed rotor.

Bill

[Magluvin]

Hey Bill
Well, nobody is saying OU yet. Considering the total ohms of the coils, one can calculate the current flow through the coils if they were only depicted by resistance alone. Then we have most likely huge air core inductances in series. Im gunna have to build it. This needs to be looked at with a scope for sure. Were looking at things in the very very low micro amps here. No need to assume any extra energy, just very little use of it. As I said in an earlier post, I have a an idea that there is more efficiency in numbers of coils and magnets as compared to 1 driver coil on a rotor. If it is correct, then what would happen with 24 coils, 48 coils?  And just all in series as shown. 48 coils would be 80kohm. But from what Im seeing, 48coils would do better. Then 96 coils, more mags also as we increase the number of coils. It doesnt even have to be a larger rotor, just stacks possibly.

Lol how much less can the current use get if 24 coils were used? Or 48? And still have motor action? It will be nano scale. That rotor output needs to be measured somehow. If at 24 or 48 coils it can still work against the drag of the straw, this will need some serious looking at.

Mags